Pioneer SX-9000, Installation Manual

Page 1: ...INSTALLAT ION OPERATION AND SERVICEMANUAL Including PARTS LIST CIRCUITDIAGRAMS TROUBLE SHOOTINGAND MOUNTINGTEMPLATE rJIONEEIiI ...

Page 2: ... This providesquick switching from flat to soft bass or vivid These cttaracteristicsare svmbolizedin an illuminatedwindow in the dial face TAPE TO TAPE MON ITOR ING Two buttons on the front panel allow easy one touch monitoring of tapes A or 8 when you use the SX 9000 to copy directly from one tape to another FOOLPROOF MICROPHONE USE When either microphone knob is set to OFF the unit operatesin pa...

Page 3: ...o The units should not be exposedto direct sunlight o The units should not be placed near radiators or other heating units o The place should be substantialand roomy enoughfor the installation when installing the unit on a shelf A WORDABOUTROOMACOUSTICS The quality of reproduced sound varies according to the size and shape of the room the materials of walls floor and ceiling and the amount and arr...

Page 4: ...r the antenna while actually receiving an FM broadcast program Attach the horizontal section to a wall or other place in the determined direction SeeFig 4 o When using the SX 9000 at a relatively long distance from the station or within a building or home with relatively thick walls or vicinity of tall buildings erect an FM outdoor antenna and connect it to the FM antenna terminals as shown in Fig...

Page 5: ...4 0 V 220V 3 4 3 0 V 20v 1 0 v TURNTABLES RECORD PLAYERS GROUNDING The SX g000 will provide stable performancewhether grounded or not In rare case however grounding may help If so connect a wire from the GND terminal to a water pipe or balcony fasteningit FIRMLY Never use a gaspipe as a ground MICROPHONE CONNECTION Insert the plug on the microphone cord into either one of the MIC jacks on the fron...

Page 6: ...is unit s TAPE REC terminals to the signalinput LINE IN terminals of the tape deck Use the cords provided with the deck The upper terminal is for the left channel the lower for the right If the tape deck is of monophonic type use the CENTER CHANNEL output terminal instead CONNECTION FOR TAPE PLAYBACK OR MONITOR Connect the LINE OUT or TAPE MONITOR terminals on the tape deck to the TAPE MON termina...

Page 7: ... cut out low frequency ference suchasmotor rumbling or hum Use this filter to cut out high frequency ference such as that from fluorescent F M M U T I N G This switch is used to suppressmuch noise between FM stations when tuning In a fringe area however this switch should be kept off becauseit may suppressthe desiredstation signalat the sametime LOUDNESS At reduced volume the ear ssensitivity to e...

Page 8: ... STER Q souace A N C E MIC LEVELCONTROLS r torueen R E V E R B E R A T I O N o d to e djust the stereophonicbalancebetweenleft and Ltchannels Turning to the left strengthensthe left nnelsound to the right the right channel LANCE CONTROL DESIIIITCH rtrols the stereo aud mono output functions of the t asfoliows V Stereo with right arld r3versed r Normal stereo Left channel sigual fed speakers Ii igh...

Page 9: ... a recording press it again and it shuts off During record or tape play or when listening to a broadcast leave this switch off Turning it on automatically switches off the speakers This button is intended to aid in checking recording or editing conditions There are two TAPE MONITOR jacks A and B on the rear A and front B of this unit and thesetwo buttons correspond to them Button A directs the sig...

Page 10: ...iseis high reception can be improved by setting the SELECTOR to FM MONO In this case however stereo programswill be receivedasmonophonic RECEPTION OF AM 1 Set the SELECTORswitchto AM 2 Tune in the desired station while watching the lower TUNING meter Tune so that the dial pointer deflects as far to the right aspossiblefor that station 3 After tuning is complete slowly turn up the VOLUME to the des...

Page 11: ...ding 3 If two microphones are used the one connected to jack A will broadcastover the left channel B the right If you wish to use only one of these microphones at any time tum the unused microphone level control off Then the microphone usedwill broadcastover both channels USINGTAPE DECKS AND TAPE RECORDERS As shown in Fig 9 signals heard from the speakersare normally fed to the SX 9000 TAPE REC A ...

Page 12: ...ONITOR SWITCH A ON 2 Placethe new tape on TAPE DECK B 3 Playback is performed on TAPE DECK A and recording on TAPE DECK B By tuming TAPE MONITOR SWITCH B ON and OFF you can monitor the recording Be surenot to turn TAPE MONITOR SWITCHA OFF YOU CAN ALSO USE YOURSX gOOO AS FOLLOWS MULTICHANNELAMPLIFIERSYSTEM By using an ELECTRONIC CROSSOVER NETWORK PIONEER MODEL SF 700 and one or two POWER AMPLIFIERS...

Page 13: ...s in the TV set increasethe distance betweenthe TV setand receiver Static noise in particular whenautomobiles run close to the house a White noise generated from automobile engines r Radio frequency sewingmachineor weld ing machinebeing used nearyour house In an area surroundedby hills or high buildings the FM input signals are veryweak Thusthe noiselimiter in the circuit losesits function Setup a...

Page 14: ...ol Filters 8A 150 watts total IHF rating 4A 240 watts total Be 62wl62w 1kHz 4a 85w 85w 1kHz 8O 50w 50w lkHz 4A 60w 60w lkHz Less than 0 57o at 1kHz continuous power output 30 at 8f2 lkHz l OHz to 35kHz tldB 10Hz to 35kHz IHF rating PHONOMAG more than B0dB AUX more than 100dB PHONOMAG 1 2 2 5mV 50kQ AUX 1 2 160mV 50kA TAPE MONITOR A B 160mV 5OkO MICROPHONE A B 1 6mV 65kO MAIN INPUT 500mV 180kQ Spea...

Page 15: ...z with VOLUME control setat 4OdB VOLUME Reverberation easily control lable 4 positionknob for VIVID BASS FLAT and SOFT Stereo throughboth A and B channels Monophonic througheither A or B channel 87 5MHzto 108MHz 1 6pV at 98MHz 1dB at 98MHz 40dB at 98MHz 90dB at 9BMHz More than 65dB 300ohmsbalanced Time switching type demodu lator FM Mono Stereo automatic selection 40dB at lkHz O B7o at lkHz 100 Mo...

Page 16: ... secondarYcore so that the center of S curve w i l l c o i n c i d ew i t h t h e center of the marker A SweePGener at or I I lN terminal 10 TM HZ I of lF unit I I c o n n e c t O U T P U T t e r m i n a lo f f r o n t e 4 0 d B nd to lN terminal of lF unit __ l A d i u s t f o r m a x r m u m l s e n s i t i v i t Y a n d s Y m m e I trical characteristics 5 Sweep Generator 1 0 7 M H z P o i n t ...

Page 17: ...loscopeshould be connect edin p a ra lle la t th e o u tp u t P o s i t i o no f S w i t c h S E L E C T O R M W Volume Control Set t ing Fully Count er cloc kwrse I Adlu st I nemart s A Iignment A d j u s t f o r m a x i m u m s e n s i t i v i t ya n d s y m m e t rical characteristics Input TLPS Lqu pment I I i liLt c o n n e c t r o n s l r e q u e n c y Point of no S w e e p G e n e r a t o r...

Page 18: ...NG FM TUNING CAPACITOR 7 2lurn AM TUNTNGcApActroR _ TUNING SHAFT 2 2 0 0 5 0 2 I i w 23 003 5 i 6 1 2 0 2 8 o u w 1 f i 7 lfl qb 5p59 il pO O6 o 8 6 9 1 l q 3 U 5 o 5 o 4 o J V C 3 0 4 vc 303 o w 1 t 2 8 L 3 o 2 i ot LuS r REVERBERATION CONTROL 2 turn ...

Page 19: ...MVIEW 2200 100 w 1 6 0 2 9 6 2200 50 Br tsr o 3 3 J Jr3 8 or 1 B1o I c 3 c 7 A o A2 l l z r J Ll4 A2o o GD a o o v W l 6 0 2 8 c w 22 042 w 23 003 o t O a c uO a o o O Qoo 5 5 S E uor i F o AFC IP2 AGC IPl j I t 8 ...

Page 20: ...PRINTEDCIRCUIT BOARDS ...

Page 21: ...TJIONEER ...

Page 22: ... o rol Fql Q l 9 w26 OO2 ...

Page 23: ...rJIONEER n b o N a Rot ti b N sr6qF PltltS g u SB t i 3110 V fr f l t r l 51 i i i ti ia s ii t tg W i i XI ra iii trl q FrcF c o f S s lF a S 330 tF q f f f il ir l l o I 4 ...

Page 24: ... ffi c 0UTt E iNr Er 0 4 o ...

Page 25: ... lOOV CETG l00lt1F lri l O O V c 5 2 0 7 6 DC I 4 K V c 4 3 0 0 30 D C L4KV c43 003 0 tJc 1 4KV c43 003 0 5OV ccDst030c50 S W I T C H E S Symbol r s i D e s c r i p t i o n P a r t N o 52 lvode Selector S 3 S e l e c t o r S w i t c h S i S l i d e S w i t c h S e P o w e r S w i t c h s 13 0 3 8 A s 14 O35 O s 1 5 0 3 5 A s 11 022 A s 11 030 A s 1 1 0 1 8 O S s L i n e V o l t a g e S e l e c t o...

Page 26: ...i 0500 50 cc0sft 050D 50 ccDrJ 0700 50 c47 005 A c47 005 A c47 005 A C r r C r z C r C r a C r l C 1 6 C r z C r e C r g C 2 0 1 p IOOOp 0 0 1 1oOOp 5 p 5 p 7 p IOOOp IOOOp IOOOp 500v 500v 25V 500v 50v 50v 50v 500v 500v 500v c0rLs SE MIC IIDUCT lRS C 1 C a C 7 C a C r o 6p 100Op 1oOOp lop lop l o p 5 p 10Op 25V 50v 500v 500v 50v 50v 50v 50v 500v C l C 2 C a C 7 C 8 C e C r o C l l C t z C l 3 C r ...

Page 27: ...b o n f i l m 3 3 k 2 2 k 3 3 k 1 8 k 1 0 k r2k 100 1 8 k R F P S 2 2 KK R F i P S 3 3 KK R F i P S I R S K K R F i P S O K K N T A T J 1 U A A R F i P S 12 KK R F P S I 0 0 K R F P S I R 8 K K R 3 C a r b o n f i l m R a C a r b o n f i l m R s C a r b o n f i l m R 6 C a r b o n f i l m R z C a r b o n J a l m R 8 C a r b o n f i l m sE Mtc0t tI ucT0Rs Synlbol Description Part No D r 1 S 1 8 8 o...

Page 28: ... a 2 S C 8 7 1 G R 2 S C 8 7 l G R 2SC870 2SC870 DI DTS A1 D TRAI SISTllRS Symbol Description D r l S 1 8 8 o rF M l D i o d e D 2 1 S 1 8 8 o rF I V 1 D i o d e Qr 2SC870 F Transistor Qz 2SC711 F Q2 2SC7I1 F Transistor Q 2SC711 F Transistor Q a 2 S C7 1I F T r a n s i s t o f Q s 2 S C 7 1 1 F Transi stor Qo CA3054 t c S y m b o l D e s c r i p t i o n I 2 1 0 330Op 3 3 o 1 5 22OOp C r E l e c t ...

Page 29: ... i c E l e c t r o l y t i c Cerami c Cerami c Cerami c C e r a m i c M y l a r Myl ar M y l a r lMylar E l e c t r o l y t i c Ct ILS ANI TRAI SF RMtRS Symbol Description part No r V W R F C O I L r 4 1 0 0 8 1 2 I V WO S C C O I L 1 4 3 0 0 7 T 3 A M I F T I 4 O 2 S T a A i V I F T I 7 I O 2 5 T 5 A M D E T I F T r72 017 RESIST RS Symbol R r R R 3 R 4 R 5 R 6 R z R 8 R e R l o R l l R l R 1 3 R ...

Page 30: ...5V 50v C r C z C a C a C 5 C 6 C j C e Cr o C r r C 1 2 C 1 3 C 1 4 C t o C t t C l 8 C t e 25V 25V 25V 25V 25V 25V 25V 25V 50v 50v 50v 50v 50v 50v 25V 25V 25V 25V 25V N o Svmbol t I C z V 4 C 5 C 6 C 7 C s D e s c n p t i o n I P a r t N o Mylar Mylar Mylar Mylar Mylar lvlylar Cerami c Cerami c o M7 o M7 0 033 o 033 22Op 22Op 0 0 1 5 0 0 1 5 T sov I QMA r53K 50 sOV cQl iA 153K 50 5ov I 0QMA 473K ...

Page 31: ...K R F i P S 15 O K K R F i P S 15 0 KK R F i P S 3 R 9 K K R F i P S 3 R 9 K K R F i P S I R 2 K K R F l P S 1R 2 K K R F i P S 6 R 8 X K RF4 PS 6R8K K R F i P S I O K K R F P S 1O X K R F i P S 1K K R F i P S I KK R F i P S l 0 K K R F i P S I O K K R F i P S 4 R 7 X K R F i P S 4 R XK R F P S 3 3 0 K K R F i P S 3 3 O K K R F P S 15 O K K R F i P S 15 O K K R F i P S I O K K R F i P S 1 O K R F ...

Page 32: ... o l y t i c I O V I C E M X I O I V F I O V D e s c r i p t i o n Part No C a r b o nf i l m C a r b o nt i l m C a r b o nf i l m C a r b o nf i l m C a r b o nf i l m C a r b o nf i l m C a r b o nf i l m C a r b o nf i l m C a r b o nl i l m C a r b o nf i l m C a r b o nf i l m C a r b o nf i l m C a r b o nf i l m C a r b o nf i l m C a r b o nf i l m C a r b o nt i l m C a r b o nf i l m C ...

Page 33: ...1 5 0 k 3 3 k 1 5 k 680 3 9k 3 3 k 1 8 k 3 9k 470 1 0 RTSIST RS p a r t N o i r I R F i P S 4 R 7 K K R F i P S 1 5 0 K R F i I P S 3 3 KK R F i P S I 5 KX 2 W R 0 26 8 0 K R F i P S 3 R 9 K K R F P S 3 3 KK R F P S 18 XK R F P S 3 R 9 K K 1 W R 0 14 7 0 X R F P S 4 7K R F P S I OK R F i P S I O K K R F I P S 6 8 0K R F P S 6 8 0 K P W E R S U P P L Y U N I T W 1 S 2 B CAPACITt RS t THE R Symbol D...

Page 34: ... T o k y o J a p a n PIctNEEFI ELECTFIclNICS U S A CclFIPOFIATIctN 1 4 O S r n i t h S t F a n r n i n g d a l e L l N Y 1 1 7 3 5 U S A PIo NEEFT ELECTFIGINIC EIJFIOPE NV F n a n k n i j k i e i 6 4 E B 2 O O O A n t w e n p B e l g i u m P r i n t e d i n J a p a n R12 066 0 7 0 G 0 1 Y 5 3 S ...

Page 35: ...JTPUT H AO 9 l o l o i d l o i _ uer necr rl racEMoN a l r u x r H l r u x z z l 11 t o o o o Rr8 zr r50n 3w M I C A fi rTvl M I C B m v G N D SPEAKERS OUTPUTS trIay t zn SELECTOR SWTTCH Sr3 O38 2 FM MONO 3 FM AUTO 4 PHONO I 5 PHONO 2 6 A U X I 7 A U X 2 MODE SWTTCH Sr4 035 I R E V 2 S T 3 LT 4 R T 5 L R TONE C OLOR drrcH Sr5 035 L V t V o 2 BASS 4 SOFT MIC A SWITCH VR2 OFF ON MIC I swlTCH VR OFF ...

Page 36: ...POWER SUPPLY UNIT wt6 o28 B I D 2 B 2 B 3 B 4 B 5 B 6 I Rro arOttW MUTINGUNIT w t 8 o 2 8 o ...

Page 37: ...w l l o 2 8 3P F 25KI9 Q t tn _ Rt2 r R I l 0 1 r Ar ...

Page 38: ...7O3L FM IF UNIT 9 3 r Ep OFJJrr L _ _ 41N e r t 3 T l 2 1 I I o J Rl l i g 1 T E1 I J L M x 4 Or t o2q I or LM7O3L o r t 3 1 r l 4 l fa tflYl LL l l I I l T l v l L 4M J I n Rn33 l__ t l vr 7 w t 2 B i t2v 40ma t N E l ...

Page 39: ...MPX UNIT w l 3 o 2 6 B Lour E Rour t 2v 0 6 v 9 5 n A N4ur t w e E auro v t 5 l q L P F r l L fl s T I l D r r rs il i c 1 6t t5t88 _ rqil t I I I _ Rze33K Ra33K o IND Ino 30mAmu ...

Page 40: ... l 5 25C3A2 Rd Tr T4l 00E 25C460 RslK T3 T7l 025 25C460 n_Illjj2s_ 0 1 t l l l l l t l t i 0 2 i l ii r l I I q3 l l l r t l t l 1 RG t0 T T t l n a l V7 GNO B IFO JT our 4l0P tr I j vco 1 l l m m r e I ilt s e af iT h h k ...

Page 41: ... OFF eON INTEROUPLED SWITCH S4I O22 INTERGUPLED PREa MAINSEPARATED 56 POWER swlTCH Sll o3o ss LINE VoLTAGE SELECTOR sll ola oFFAtc t t20JA30v t20V 240V vRrd SOURCE VoLUME C88 OlO VRao MASTER VOLUME C88 0lO VRz MIC A VOLUME C8s 056 vR Mtc B voLUME C85 O56 VR5 BALANCE VOLUME C85 O52 VR6 REVERB VOLUME C85 O55 D C CURRENT A AT NOSIGNAL INPUT G Ar 60warrs ourPUT D C VOLTACE V AI NOSIGNALINPUT O AT 60wA...

Page 42: ...HEADAMPUNIT w 2 r o o 2 2SC87lor 2SC458LG 22135 n Qz Y MIC AMP UNIT w 2 t o o 3 Cr6 100 35 C4 30P Rz lK cJ ...

Page 43: ... M0NITOR A S2 TAPE MON1TOR B oFF ON OFF ON OEMI SWITCH UNIT w 2 6 O O z t t o I I I I I I i S l 5 3 s4 I LOW CUT FTLTER OFF ON HIGH CUT FILTER OFF ON MUTING OFF ON LOUDNESS OFF _ ON t I t0 25 S i 6 8 0 0033 Rzo 2 7K rrc 2SO456L6 2SC458LG w 2 8 O O l REVERB t rt IT w38 OOI ...

Page 44: ... 8 O O 2 t o t N 3 0 r Q2 O3 Qa as 06 Qr Qa Oe 2SCA70q 2SC45A zSC870 0r zSC458L 2sca7o ot 2si458t 2SC73 4 2SC734P o 2SC9O4 2SA56rP or 254569 23CA7O ot 2SC45AL 23CS7O ot 2SC45AL 2sC87o or 25C458L E 2 E 2 Qs 25C734P Cr33 s ...

Page 45: ...MAINAMP UNIT w l 5 o 5 2 GND N r 22 25 VRr50K z 87O Q42SC485 OB2SA4A5 0n 250218 PUSHS I ITCHUNIT w 26 OO3 B2 SP OUT B B I sP out a ...

Page 46: ...CONTROL AMPUNIT w22 OO2 Rr lOK Cs 0 4s l0l R2o ...